public ULogRule(FireWallChains chain, string networkInterface, Protocols protocol, ICMPTypes?icmpType, IPAddress source, IPAddress sourceNetworkMask,
FirewallPort sourcePort, IPAddress destination, IPAddress destinationNetworkMask, FirewallPort destinationPort,
ConnectionStateTypes[] connectionStates, string note, byte logGroup, string prefix, uint bytesToCopy, ushort queueSize) :
base(chain, networkInterface, protocol, icmpType, source, sourceNetworkMask, sourcePort, destination, destinationNetworkMask, destinationPort, connectionStates, note)
{
_logGroup = logGroup;
_prefix = prefix;
_bytesToCopy = bytesToCopy;
_queueSize = queueSize;
if (_prefix != null)
{
if (_prefix.Length > 32)
{
throw new Exception("Unable to create ULog rule with a message prefix greater than 32 characters.");
}
}
if (_logGroup < 1 || _logGroup > 32)
{
throw new Exception("Unable to create ULog rule with a log group not from 1-32.");
}
if (_queueSize < 1)
{
throw new Exception("Unable to create a ULog rule with a queue size less than 1.");
}
}
public RejectRule(FireWallChains chain, string networkInterface, Protocols protocol, ICMPTypes? icmpType, IPAddress source, IPAddress sourceNetworkMask,
FirewallPort sourcePort, IPAddress destination, IPAddress destinationNetworkMask, FirewallPort destinationPort,
ConnectionStateTypes[] connectionStates,string note,RejectOptions rejectWith) :
base(chain,networkInterface, protocol, icmpType, source, sourceNetworkMask, sourcePort, destination, destinationNetworkMask, destinationPort, connectionStates,note)
{
_rejectWith = rejectWith;
}
public RejectRule(FireWallChains chain, string networkInterface, Protocols protocol, ICMPTypes?icmpType, IPAddress source, IPAddress sourceNetworkMask,
FirewallPort sourcePort, IPAddress destination, IPAddress destinationNetworkMask, FirewallPort destinationPort,
ConnectionStateTypes[] connectionStates, string note, RejectOptions rejectWith) :
base(chain, networkInterface, protocol, icmpType, source, sourceNetworkMask, sourcePort, destination, destinationNetworkMask, destinationPort, connectionStates, note)
{
_rejectWith = rejectWith;
}
public void TestConstructor_AddsDisabledPorts()
{
var portToDisable = new PortModel(new PortInfo("port", 32), new Instance())
{
IsEnabled = false
};
var objectUnderTest = new PortChanges(new[] { portToDisable });
FirewallPort firewallPortToDisable = objectUnderTest.PortsToDisable.Single();
Assert.AreEqual(portToDisable.PortInfo.Port, firewallPortToDisable.Port);
Assert.AreEqual(portToDisable.GetPortInfoTag(), firewallPortToDisable.Name);
}
public void TestOkCommand_ResultHasPortToEnable()
{
var objectUnderTest = new PortManagerViewModel(_mockedCloseAction, new Instance());
PortModel portToEnable = objectUnderTest.Ports[0];
portToEnable.IsEnabled = true;
objectUnderTest.OkCommand.Execute(null);
FirewallPort firewallPortToEnable = objectUnderTest.Result.PortsToEnable.Single();
Assert.AreEqual(portToEnable.PortInfo.Port, firewallPortToEnable.Port);
Assert.AreEqual(portToEnable.GetPortInfoTag(), firewallPortToEnable.Name);
}
public void TestOkCommand_ResultHasPortToDisable()
{
PortInfo enabledPort = PortManagerViewModel.s_supportedPorts[0];
const string instanceName = "instance-name";
Instance instance = PortTestHelpers.GetInstanceWithEnabledPort(enabledPort, instanceName);
var objectUnderTest = new PortManagerViewModel(_mockedCloseAction, instance);
objectUnderTest.Ports.Single(p => p.IsEnabled).IsEnabled = false;
objectUnderTest.OkCommand.Execute(null);
FirewallPort portToDisable = objectUnderTest.Result.PortsToDisable.Single();
Assert.AreEqual(enabledPort.Port, portToDisable.Port);
Assert.AreEqual(enabledPort.GetTag(instanceName), portToDisable.Name);
}
public LogRule(FireWallChains chain, string networkInterface, Protocols protocol, ICMPTypes? icmpType, IPAddress source, IPAddress sourceNetworkMask,
FirewallPort sourcePort, IPAddress destination, IPAddress destinationNetworkMask, FirewallPort destinationPort,
ConnectionStateTypes[] connectionStates,string note,LogLevels level,string logPrefix,bool logTcpOptions,bool logTcpSequence,bool logIPOptions) :
base(chain,networkInterface, protocol, icmpType, source, sourceNetworkMask, sourcePort, destination, destinationNetworkMask, destinationPort, connectionStates,note)
{
_logLevel = level;
_logPrefix = logPrefix;
_logTcpOptions = logTcpOptions;
_logTcpSequence = logTcpSequence;
_logIPOptions = logIPOptions;
if (_logPrefix != null)
{
if (_logPrefix.Length > 29)
throw new Exception("The log prefix " + _logPrefix + " is too long, it cannot exceed 29 characters.");
}
}
public PortChanges(IEnumerable <PortModel> changedPorts)
{
PortsToEnable = new List <FirewallPort>();
PortsToDisable = new List <FirewallPort>();
foreach (PortModel entry in changedPorts ?? Enumerable.Empty <PortModel>())
{
var firewallPort = new FirewallPort(entry.GetPortInfoTag(), entry.PortInfo.Port);
if (entry.IsEnabled)
{
PortsToEnable.Add(firewallPort);
}
else
{
PortsToDisable.Add(firewallPort);
}
}
}
public LogRule(FireWallChains chain, string networkInterface, Protocols protocol, ICMPTypes?icmpType, IPAddress source, IPAddress sourceNetworkMask,
FirewallPort sourcePort, IPAddress destination, IPAddress destinationNetworkMask, FirewallPort destinationPort,
ConnectionStateTypes[] connectionStates, string note, LogLevels level, string logPrefix, bool logTcpOptions, bool logTcpSequence, bool logIPOptions) :
base(chain, networkInterface, protocol, icmpType, source, sourceNetworkMask, sourcePort, destination, destinationNetworkMask, destinationPort, connectionStates, note)
{
_logLevel = level;
_logPrefix = logPrefix;
_logTcpOptions = logTcpOptions;
_logTcpSequence = logTcpSequence;
_logIPOptions = logIPOptions;
if (_logPrefix != null)
{
if (_logPrefix.Length > 29)
{
throw new Exception("The log prefix " + _logPrefix + " is too long, it cannot exceed 29 characters.");
}
}
}
public ULogRule(FireWallChains chain, string networkInterface, Protocols protocol, ICMPTypes? icmpType, IPAddress source, IPAddress sourceNetworkMask,
FirewallPort sourcePort, IPAddress destination, IPAddress destinationNetworkMask, FirewallPort destinationPort,
ConnectionStateTypes[] connectionStates,string note,byte logGroup,string prefix,uint bytesToCopy,ushort queueSize) :
base(chain,networkInterface, protocol, icmpType, source, sourceNetworkMask, sourcePort, destination, destinationNetworkMask, destinationPort, connectionStates,note)
{
_logGroup = logGroup;
_prefix = prefix;
_bytesToCopy = bytesToCopy;
_queueSize = queueSize;
if (_prefix != null)
{
if (_prefix.Length > 32)
throw new Exception("Unable to create ULog rule with a message prefix greater than 32 characters.");
}
if (_logGroup < 1 || _logGroup > 32)
throw new Exception("Unable to create ULog rule with a log group not from 1-32.");
if (_queueSize < 1)
throw new Exception("Unable to create a ULog rule with a queue size less than 1.");
}
private void OnOkCommand()
{
var portsToEnable = new List <FirewallPort>();
var portsToDisable = new List <FirewallPort>();
foreach (var entry in Ports.Where(x => x.Changed))
{
var firewallPort = new FirewallPort(entry.PortInfo.GetTag(_instance), entry.PortInfo.Port);
if (entry.IsEnabled)
{
portsToEnable.Add(firewallPort);
}
else
{
portsToDisable.Add(firewallPort);
}
}
Result = new PortChanges(portsToEnable: portsToEnable, portsToDisable: portsToDisable);
_owner.Close();
}
public PortRedirectRule(FireWallChains chain, string networkInterface, Protocols protocol, IPAddress source, FirewallPort sourcePort, FirewallPort destinationPort,
ConnectionStateTypes[] connectionStates, string note, int toPort) :
base(chain, networkInterface, protocol, null, source, null, sourcePort, null, null, destinationPort, connectionStates, note)
{
this._toPort = toPort;
}
public PortRedirectRule(FireWallChains chain, string networkInterface, Protocols protocol, IPAddress source, FirewallPort sourcePort, FirewallPort destinationPort,
ConnectionStateTypes[] connectionStates,string note, int toPort) :
base(chain, networkInterface, protocol, null, source, null, sourcePort, null, null, destinationPort, connectionStates,note)
{
this._toPort = toPort;
}
